Probably because the article is looking at silicon that's actually available today, and big-iron RISC-V silicon akin to Xeon/EPYC/Graviton/Ampere is more of a h

Probably because the article is looking at silicon that's actually available today, and big-iron RISC-V silicon akin to Xeon/EPYC/Graviton/Ampere is more of a hypothetical at this point.